Anisotropic molecular order within liquid crystal materials, combined with its responsive alignment properties, is promising for adjustable optical devices.
The adaptive properties of our smart liquid crystal materials have the potential to replicate communications within neural links which are found in nature.
The compliant nature our liquid crystal materials, combined with its responsive actuating behaviour, offers the opportunity to fabricate fully soft single-material robots.
The thin-film capabilities of our liquid crystal materials, combined with its responsive actuating behaviour, offers the capacity to replicate or switch textures for human-machine interaction through haptics.